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Adjuvant Design & Pattern Recognition Receptors Training | PRRs, PAMPs & Vaccine Adjuvants

NTHRYS >> Services >> Academic Services >> Training Programs >> Bioinformatics Training >> Immunoinformatics, Vaccinology & Host–Pathogen Analytics >> Adjuvant Design & Pattern Recognition Receptors Training | PRRs, PAMPs & Vaccine Adjuvants

Adjuvant Design & Pattern Recognition Receptors — Hands-on

Connect innate immune sensing and pattern recognition receptors to practical adjuvant choices in vaccine and biologics design. This module explains PRR families, ligands and signalling, then walks through how adjuvant classes, combinations and formulations are selected for different platforms, routes and target populations.

Adjuvant Design & Pattern Recognition Receptors
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Session 1
Fee: Rs 8800
Innate Sensing & PRR Landscape
  • Innate immune sensing and the role of pattern recognition receptors
  • sentinel cells and first line defence interface with adaptive immunity danger sensing concepts
  • Main PRR families and localisation
  • TLRs, NLRs, RLRs, CLRs (orientation) cell surface vs endosomal vs cytosolic expression patterns in key cell types
  • Linking PRR engagement to cytokine patterns and response quality
  • Th1, Th2, Th17 and Tfh bias type I interferon signatures bridging to adjuvant choice
Session 2
Fee: Rs 11800
PAMPs, DAMPs & PRR Signalling Pathways
  • PAMP and DAMP ligand types for key PRRs
  • nucleic acid motifs (CpG, dsRNA, ssRNA) lipids, lipoproteins and LPS damage signals and alarmins
  • Canonical signalling pathways downstream of PRRs (conceptual)
  • MyD88 and TRIF adaptors (orientation) NF kappa B and IRF axes inflammasome activation overview
  • Cytokine, chemokine and costimulatory outputs as design readouts
  • IL 6, IL 12, TNF and others chemokine driven cell recruitment costimulation and licensing of APCs
Session 3
Fee: Rs 14800
Adjuvant Classes, Formulations & Mechanisms
  • Classical and modern adjuvant families (conceptual)
  • alum and mineral salts emulsions and saponin based systems TLR agonist adjuvants overview
  • Formulation concepts and delivery routes for adjuvanted vaccines
  • particulate versus soluble formats intramuscular, subcutaneous, mucosal adjuvant antigen co localisation
  • Mechanistic themes: depot, PRR engagement and cell recruitment
  • antigen retention and release local and systemic innate activation germinal centre support
Session 4
Fee: Rs 18800
Adjuvant in Design: Matching PRR Signals to Vaccines
  • Aligning adjuvant choice with platform and indication (conceptual)
  • protein, peptide, VLP and mRNA platforms infectious disease versus oncology prime boost and heterologous strategies
  • Safety, reactogenicity and population specific considerations
  • age groups and comorbidities baseline inflammation and risk factors regulatory expectations at a high level
  • Mini design exercise: PRR and adjuvant strategy for a hypothetical vaccine
  • define target immune profile select PRR pathways to engage outline candidate adjuvant and formulation


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